Robert L. Waterbury v. Byron Jackson, Inc., Defendant-Third-Party v. William G. Blackwell, Third-Party

576 F.2d 1095, 61 Oil & Gas Rep. 167, 1978 U.S. App. LEXIS 10030
CourtCourt of Appeals for the Third Circuit
DecidedJuly 20, 1978
Docket76-2640
StatusPublished
Cited by9 cases

This text of 576 F.2d 1095 (Robert L. Waterbury v. Byron Jackson, Inc., Defendant-Third-Party v. William G. Blackwell, Third-Party) is published on Counsel Stack Legal Research, covering Court of Appeals for the Third Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Robert L. Waterbury v. Byron Jackson, Inc., Defendant-Third-Party v. William G. Blackwell, Third-Party, 576 F.2d 1095, 61 Oil & Gas Rep. 167, 1978 U.S. App. LEXIS 10030 (3d Cir. 1978).

Opinion

COWEN, Senior Judge:

This case comes to us on the plaintiff’s appeal from a judgment against him in the United States District Court for the Western District of Louisiana. In the court below, the plaintiff claimed that the defendant’s negligence effectively caused the loss of an oil well which the plaintiff owned. On appeal, the plaintiff frames the issues in terms of negligent breach of contract and failure to meet the standard of care required of one holding himself out to be an expert. It matters not how the plaintiff styles his cause of action; he has not proved his right to recovery under any theory. We affirm the judgment of the District Court.

The plaintiff, Robert L. Waterbury, is an individual residing in Louisiana. He is an accountant by education, and an experienced oilfield operator and wildcatter by profession. Sometime before the events leading to this suit, the plaintiff bought a working interest in an oil well known as the Broussard No. 1A well.. This well had been drilled by another operator but not worked. The plaintiff hoped to find therein a commercially valuable source of oil.

The well was small by normal oilfield standards: the casing was only Tk" in diameter. Equipment for wells of this size is called “macaroni” in the trade, emphasizing its smallness. It is well known by those working in this field that smaller wells are riskier to work than larger wells. With the advice of Mr. William Blackwell, a consulting engineer, and guided by his own experience and judgment, the plaintiff developed a plan of operation for reworking the Broussard No. 1A well. The plan called for “cement squeezes” to be performed on two of the three sets of perforations left by the first driller. To understand these operations, a bit of background is needed.

The oil well itself was simply a vertical hole about 7" in diameter. A casing, or long metal tube, 2Vs” in diameter, was lowered into the hole, and the space between the outside of the casing and the wall of the hole was filled with poured cement. Operations in the well were carried out using cylindrical metal tubing 1 Vi" in diameter. This tubing was lowered into the casing with drilling tools or other equipment attached to the end. The well was kept filled with salt water, and was hermetically sealed at the Bradenhead (the opening of the well at the surface).

The well was explored for oil by lowering small explosive shells into the casing and shooting them through the casing and the cement at levels where oil was sought. In the Broussard No. 1A well, the previous owners had done this at three different levels, leaving perforations at each level. Feeling that the well would not be profitable, they then sold it in this condition to Mr. Waterbury. Mr. Waterbury believed that oil could be recovered from the deepest of the three sets of perforations made by the first owner. Mr. Waterbury’s plan of reworking called for the perforations at the first two levels to be sealed off by cement squeezes. These were the operations he hired the defendant to perform.

A cement squeeze is a technique for filling perforations with cement, making them *1097 watertight. The first step in any squeeze is the insertion of a watertight disc, called a “drillable bridge plug,” into the casing just below the perforations to be squeezed. 1 This isolates the perforations from all lower sections of the well. The next step varies with the kind of squeeze to be done. If the squeeze is a “packer squeeze,” the simplest and most common kind of squeeze, the tubing is lowered into the casing with a packer attached to the end. The packer is a tool for sealing off the casing at any desired level; in a squeeze, the packer is set just above the perforations. The packer and the bridge plug thus create a watertight chamber in the well, with the perforations between them. With the packer in place, a watery cement slurry is pumped down the tubing into the chamber at high pressure. The slurry is forced through the perforations into the cement surrounding the casing and the rock just outside. When enough cement has been squeezed into the perforations, the packer is released and the entire well (down to the bridge plug) is flushed with salt water to remove any remaining slurry. After the cement has set, the squeeze is pressure tested to insure that the sealing is complete. The bridge plug is then drilled out and the well is ready for further operations.

The defendant successfully performed a packer squeeze on the highest set of perforations in the Broussard No. 1A well. Mr. Waterbury then decided that the second squeeze, which was to take place about a week later, should not be a packer squeeze, apparently because he did not want to pull all the tubing (some 9,000 feet) out of the casing to remove the mill (drillhead) he had used to drill out the bridge plug and attach a packer in its place. Mr. Waterbury decided to use a “Bradenhead squeeze” and to leave the mill on the tubing.

In a Bradenhead squeeze no packer is used. The chamber to be pressurized and pumped with slurry, extends from the bridge plug below the perforations all the way to the Bradenhead, which (it will be recalled) is hermetically sealed. The cement is kept confined to the area of the perforations by regulating the pressure of the salt water in the well column, balancing its pressure against the pressure of the cement being pumped down the tubing. The Bradenhead squeeze is more complicated, and therefore somewhat riskier, than the packer squeeze.

The trial judge found that the defendant’s personnel were not told until the morning that they arrived at the well that a Bradenhead squeeze, not a packer squeeze, was to be performed. They went ahead with the squeeze, however. Sometime during the operation, for reasons which the trial judge could not determine with certainty, cement flowed up the well column past the mill at the end of the tubing and into the annulus (the space between the tubing and the casing). As a result, the tubing stuck in the casing and could not be removed. The well was hopelessly plugged and had to be abandoned.

Such, in brief, are the facts on which the plaintiff bases his cause of action. He alleges that the loss of the well was caused by the defendant’s negligent breach of his contract, asserting that negligence can be inferred from these facts by the application of the doctrine of res ipsa loquitur. In addition, he avers that the negligence issue must be examined applying a standard of care higher than normal because the defendant held itself out to be an expert in its field.

Establishing negligence is ordinarily a mixed issue of law and fact. The determination of the standard of care to which the defendant must be held is a question of law, although its legal formulation is guided by proved facts. Deciding whether the defendant adhered to that standard is then a pure question of fact. 65A C.J.S. Negligence § 252a. The plaintiff challenges the trial judge’s decision on each of these issues.

*1098 I. The Standard of Care

Turning first to the standard of care required, the plaintiff argues that Louisiana law demands from one holding himself out to be an expert a degree of care concomitant with the degree of expertise claimed. Wurst v. Pruyn, 250 La. 1109, 202 So.2d 268 (1967).

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576 F.2d 1095, 61 Oil & Gas Rep. 167, 1978 U.S. App. LEXIS 10030, Counsel Stack Legal Research, https://law.counselstack.com/opinion/robert-l-waterbury-v-byron-jackson-inc-defendant-third-party-v-ca3-1978.